GE IS420UCSCH1B-B-V0.1-A Controller Module

Short Description:

FOB Price: US $0.5 - 9,999 / Piece

Min.Order Quantity: 100 Piece/Pieces

Supply Ability: 10000 Piece/Pieces per Month

Brand: GE

Manager: Jinny

E-mail: sales5@xrjdcs.com

Tel: + 86-18250705533

( WhatsApp )Wechat: + 86-18250705533

Warranty: one year

In stock: In stock

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GE IS420UCSCH1B-B-V0.1-A

1. Product Overview

The GE IS420UCSCH1B-B-V0.1-A is a quad-core UCSC controller module belonging to the GE Mark VIe series distributed control system (DCS), serving as a revised successor version of the standard UCSC controller. In the product model, the letter “B” indicates the revised edition of Class B functional product, “V0.1″ represents the version identifier, and “A” denotes the product grouping information.

Specified in Volume II of the GEH-6855 manual, this main controller adopts the QNX Neutrino real-time operating system and is engineered for industrial scenarios requiring high reliability and high-speed operation.

2. Core Specifications

Parameter Item	Specification
Processor	Quad-core AMD G-Series, 1.2GHz
Operating System	QNX Neutrino Real-Time Operating System
Memory	4GB DDR3-1333 SDRAM
Communication Interfaces	5 × 10/100Base-TX Ethernet Ports
Dimensions	8.03 in (H) × 5.99 in (D) × 2.17 in (W)
Operating Temperature	-40°C to +85°C
Storage Temperature	-40°C to +85°C
Operating Altitude	0 – 1000 Meters
Relative Humidity	5% – 95% (Non-Condensing)
Power Consumption	Typical 50-80W
Input Voltage	24V DC / 125V DC (Configuration Dependent)

3. Product Features

Redundancy Support: Compatible with TMR (Triple Modular Redundancy), Simplex, and Dual Redundancy configurations to meet diverse industrial reliability requirements.
Backplane-Free Design: Eliminates traditional backplane dependence and does not bear I/O applications, ensuring no loss of input point data during maintenance operations.
Embedded Field Agent (EFA) Technology: Enables stable connection with the Predix cloud platform to realize real-time industrial data transmission and remote data monitoring.
Multi-Protocol Communication: Supports mainstream industrial communication protocols including Modbus TCP, OPC UA, UDH, IONet, and Profinet for seamless interconnection with various industrial devices.
Non-Volatile Storage: Equipped with NVSRAM to stably store program variables, totalizers and force values, preventing data loss after power failure.
High Reliability: Features an MTBF (Mean Time Between Failures) of 414,248 hours, with comprehensive diagnostic functions including system limit check and hardware limit check to ensure stable long-term operation.
Safety Certification: Certified with SIL3 safety level, complying with strict industrial safety standards for critical control applications.

4. Structure and Composition

4.1 Core Hardware Modules

Processor Module: Adopts quad-core AMD G-Series processor with a 1.2GHz operating frequency, delivering efficient and stable computing performance for industrial control tasks.
Memory Module: Configured with 4GB DDR3-1333 SDRAM, supporting multi-task concurrent operation and high-speed data access to improve system response efficiency.

4.2 Interface Module

The controller is equipped with rich diversified interfaces to adapt to complex industrial connection scenarios, including: 6 Ethernet ports (5 ports recorded in partial documents), Predix dedicated connection port, USB port, COM port and display port.

Professional interface technologies are integrated, covering IONet interface for turbine and plant balance control, as well as support for EtherCAT, Sercos III and PROFINET IRT industrial Ethernet protocols.

4.3 Protection and Power Design

PCB Protection: The circuit board is coated with conformal coating to resist moisture, dust and corrosion, enhancing environmental adaptability.
Power Supply Design: Built-in integrated power supply with no jumper setting required; partial models are equipped with dual redundant fans for heat dissipation and stable operation.

5. Application Fields

As a high-performance industrial controller, this module is widely applied in various high-precision and high-reliability industrial control scenarios:

Gas Turbine Control: System management and operational control of industrial gas turbines
Steam Turbine Control: Automatic operation control and real-time data processing for steam turbines
Oil & Gas Industry: Process control and monitoring for petroleum and natural gas production and transportation
Chemical and Metallurgical Industry: Automatic control of chemical reaction and metallurgical production processes
Power Industry: Automatic control system operation for power plants
Wind Power Generation: Control system of wind turbines
Balance of Plant Control: Auxiliary equipment and overall balance control of power plants
General Process Control: Production line and mechanical equipment automatic control

6. Installation Guidelines

6.1 Pre-Installation Preparation

Ensure the entire system is powered off before installation to avoid equipment damage and safety risks
Verify the compatibility of the DIN rail with the equipment
Confirm the on-site ambient temperature is within the standard range of -40°C to 85°C

6.2 Installation Method

Standard 19-inch rack mounting mode
Applicable for 32-slot UCS backplane slot
Matching rack series: IS220UCSxx

6.3 Communication Connection

Complete wiring and configuration of 6 Ethernet ports
Configure and debug the IONet interface according to control requirements
Connect to the Predix cloud platform port if remote data transmission is required

6.4 Software Configuration

Official matching software: ControlST Version 07.01 or higher
Partial basic configurations support ControlST V07.00.00C or above

6.5 Storage Requirements

Store the module in an anti-static sensitive storage box when not in use
Strictly follow the recommended ambient storage conditions

7. Maintenance Guidelines

7.1 Regular Inspection

Regularly check the operating status of the module, and monitor the system limit check and hardware limit check results in real time to identify potential equipment anomalies in advance.

7.2 Cleaning and Maintenance

Clean the module surface regularly to keep it free of dust and impurities, and ensure unobstructed ventilation. The fan-free design enables the module to adapt to high-temperature and high-humidity industrial environments, reducing daily maintenance costs.

7.3 Storage Protection

Keep the module in a dedicated anti-static storage box during long-term storage or standby. Avoid improper handling, extrusion and adverse storage environments that may affect the service performance and service life of the module.

7.4 Software Update

Refer to Volume I and Volume II of the official GEH-6855 manual for firmware upgrade operations. Always confirm firmware version compatibility before updating to avoid system operation failures caused by version mismatch.

7.5 Fault Handling

Utilize the module’s built-in comprehensive diagnostic functions (system limit check and hardware limit check) to quickly locate and troubleshoot faults. The equipment supports seamless failover, which can effectively ensure the continuity and stability of industrial control system operation during fault processing.